Follow the instructions on the official BlendNet wiki to configure a render farm on AWS, Azure or GCP.Enable the BlendNet plugin in Preferences -> Add-ons -> Enable 'Render: BlendNet'.This should serve as a list of the major professional rendering plugins that are released or upcoming for Linux.īlendNet is an open source plugin that allows distributing CPU and GPU renders across multiple machines.īlendNet natively integrates with major cloud providers like AWS, Azure or GCP, and also supports self-hosting your own render farm.

As such, there are now alternative rendering methods to EEVEE and Cycles, in the form of plugins. Professional rendering pluginsīlender is becoming increasingly well known in the professional industry. Note: ROCm HIP is known to currently have issues with cycles in the while in the 3D Viewport (refer to the 'issue' cited before to find workarounds), however rendering with Render > Render Image or F12 should work fine. To get HIP working in Blender, install hip-runtime-amd and select your GPU in the Blender's Preferences, same as with proprietary drivers. On supported GPUs (GFX9, CDNA, and RDNA see the official hardware compatibility list for more info), hip-runtime-amd can be used to get GPU acceleration through HIP in Blender, using Mesa. If you have a modern Intel Arc GPU, you can make use of Blender's built-in hardware rendering support for those devices.Īs of this writing, you might have to launch Blender with the an additional environment variable set: Afterwards, the rendering backends should be available in the systems options.

In order to make use of these, you need to install cuda. > System.įor NVIDIA, Blender supports two GPU rendering backends: CUDA and OptiX. After preparing your system according to your hardware (see following paragraphs), you can set these your graphics card as a compute device under Edit > Preferences. Blender is best known as a popular open source 3D modelling program.īlender supports a multitude of hardware offloading options for rendering.

Pro blender